The Dihybrider Erbgang demonstrates complex inheritance patterns with multiple gene pairs, showing a characteristic 27:9:9:9:3:3:3:1 phenotypic ratio in the F2 generation.
- The transcript details genetic crosses involving three gene pairs (A, B, C), exemplifying the 3. mendelsche regel einfach erklärt
- Analysis shows independent assortment of alleles following Neukombinationsregel Mendel
- The inheritance pattern demonstrates both Monohybrider Erbgang and Dihybrider dominant rezessiver Erbgang principles
- Results indicate a complex segregation pattern with multiple phenotypic classes
- Mathematical ratios confirm Mendel's predictions for independent assortment